AutoCad Workbook for Architects and Engineers pdf

AutoCad Workbook for Architects and Engineers – This practical step-by-step guide – designed for use at your computer – gives clear, compact instructions and self-test exercises to help you learn 2-D drawing using AutoCAD. The text is written for use on all AutoCAD releases from 2000 to 2008.

Computer-aided drawing is a skill that every student in architecture, engineering, the trades and construction must learn – and ideally at the computer, actually drawing things. AutoCAD is the most widely used package in the industry but existing teaching books tend to be too wordy and focus more on technical wizardry than on how to deliver actual finished drawings using industry drafting protocols.AutoCAD Workbook gives you the skills you need for the full range of drawing types using a wide variety of commands and sequences.

Each chapter – or teaching module – contains a brief introduction to the commands, explaining exactly how each one can be used, and plenty of exercises to demonstrate how to produce everything from working drawings to presentation drawings; and orthographic projection to pictorial views. Examples include residential and commercial buildings for architects and designers; steel and concrete details for civil and structural engineering; mechanical parts and assemblies for mechanical engineering; and millwork and cabinet-making for woodworking applications.

Acknowledgments – AutoCad Workbook for Architects and Engineers

The exercises in this book went through many years ofstudent testing both at Mohawk College and at McMaster University in Hamilton, Ontario, Canada. Since the student edition appeared in January 1993,there have been many positive suggestions and much constructive criticism. I would like to thank all my students over the past 27 years of teaching CAD for working with me on the development ofnew proj ects, and for proofing tutorials and exercises. I would like to thank Brian McKibbin, Diego Gomez, and Trevor Garwood Jones for their generosity in letting me use their architectural designs to provide students with up-to-date architectural work. I would also like to thank Robert Deeks and Henry Brink for their help in updating the mechanical engineering examples, and Ken Mercer for checking the accuracy ofthe wood-related drawings. Finally I would like to thankCatriona Dixon and Madeleine Metcalfe from Blackwell Publishing for their efforts in polishing this text. AutoCad Workbook

Introduction – AutoCad Workbook for Architects and Engineers

AutoCAD is a very popular, flexible software system that allows the user to create both 2-dimensional and 3-dimensional models and drawings. This book offers a series ofexercises to help you learn the 2D drawing techniques ofAutoCAD. Most ofthe 2D commands in Releases 2006, 2007 and 2008 have not changed since Release 2000i. These exercises can be used on all releases from 2000i through 2008. For those who are familiar with computers, learning AutoCAD will be easy, simply because you are aware ofthe typical response structure and the format ofyoursystem.




Using this Book.

Disks and File Storage.

Starting AutoCAD.

Keyboard and Mouse Functions.

Function Buttons.

Entering Commands and Coordinates.

Windows Toolbars.

Scroll Bars.

Opening or Accessing Drawings.

Exiting AutoCAD.

Options Dialog Box.

1 Introductory Geometry and Setting Up.

Starting a Drawing in Metric or Imperial.

The UNITS Command.

Choosing the Origin.

Using PAN to get Started.

The LIMITS Command.

Entry of Points.

Coordinate Entry using Absolute, Relative, and Polar Values.

Coordinate Entry using SNAP, ORTHO, POLAR and DYNAMIC.

Geometry Commands.

View Commands.

Alternate Units.

Tutorial 1a Using Draw Commands and Limits.

Tutorial 1b Using Draw Commands without Limits.

Exercise 1 Units Practice 1.

Exercise 1 Units Practice 2.

Exercise 1 Practice.

Exercise 1 Architectural.

Exercise 1 Mechanical.

Exercise 1 Woodwork.


Understanding Command Strings.

Object SNAPs.




ERASE with Window and Crossing.


Tutorial 2a Using SNAP, OSNAP, and TRIM.

Tutorial 2b Using OSNAP and OTRACK.

Exercise 2 Practice.

Exercise 2 Architectural.

Exercise 2 Mechanical.

Exercise 2 Challenger.

3 Object Selection and Modify Commands.

Selecting Objects Within the Modify Commands.

Modify Commands.

Editing with Grips.

Setting LINETYPEs.

Changing LTSCALE.

Tutorial 3a Using ROTATE, COPY, and MIRROR.

Tutorial 3b Using ROTATE, COPY, and MIRROR.

Exercise 3 Practice.

Exercise 3 Architectural.

Exercise 3 Mechanical.

Exercise 3 Challenger.


Removing and Adding Objects.

More Modify Commands.

Tutorial 4 Modify Commands.

Exercise 4a Practice.

Exercise 4b Practice.

Exercise 4 Architectural.

Exercise 4a Mechanical.

Exercise 4b Mechanical.

Exercise 4 Challenger.

5 Entity Commands with Width.

The PLINE Command.

The PEDIT Command.

The POLYGON Command.

The SOLID Command.

The DONUT Command.

The TEXT Command.


Tutorial 5 Using PLINE and SOLID.

Exercise 5 Practice.

Exercise 5 Architectural.

Exercise 5 Mechanical.

Exercise 5 Wood.

Exercise 5 Challenger.

6 Entity Properties: Layers, Colors, and Linetypes.

About LAYERs.

Creating a New Layer.

Changing LTSCALE.

Match Properties and CHPROP.

Layer Filtering.

Tutorial 6.

Exercise 6 Practice.

Exercise 6 Architectural.

Exercise 6 Mechanical.

Exercise 6 Challenger.

7 Dimensioning.

About Dimensioning.

Entering Dimensions.

Dimension Styles.

The Text Tab.

The Fit Tab.

The Primary Units Tab.

The Alternate Units Tab.

The Symbols and Arrows Tab.

Saving Dimension Styles.

Editing Dimensions.

Tutorial 7a Dimensioning for Mechanical Applications.

Tutorial 7b Dimensioning for Architectural Applications.

Exercise 7 Practice.

Exercise 7 Architectural.

Exercise 7 Mechanical.

Exercise 7 Wood.

Exercise 7 Challenger.

8 Text and Pictorial Views.

Linear Text.

Paragraph Text.

Text Styles and Fonts.

Editing Text.

Using LEADER to Create Notations.


Tutorial 8a Using Text and Text Styles.

Tutorial 8b Using Rotated SNAP and GRID to make a 2D Isometric.

Exercise 8 Practice.

Exercise 8 Architectural.

Exercise 8 Mechanical.

Exercise 8 Wood Millwork.

Exercise 8 Challenger.


The BHATCH Command.

Solid Hatches.

Editing Hatches.

The SKETCH Command.


Tutorial 9 HATCH.

Exercise 9 Practice.

Exercise 9 Architectural.

Exercise 9 Wood Millwork.

Exercise 9 Mechanical.

Exercise 9 Challenger.

10 Blocks and Wblocks.

Using Blocks.

The BLOCK Command.

The INSERT Command.

External Blocks.

The WBLOCK Command.


The MINSERT Command.

Editing Blocks.

Blocks, Wblocks, Color, and Layers.

Tutorial 10 BLOCK, WBLOCK, INSERT, and Copy/Paste.

Exercise 10 Practice.

Exercise 10 Mechanical.

Exercise 10a Architectural.

Exercise 10b Architectural.

Exercise 10 Challenger.

11 Setting Up Drawings and Plotting.

Set Up and Scale for Simple 2D Drawings.

Using Blocks to Compile Drawings.

View Titles and Drawing-Related Notations.

Importing Notations.

Using Lineweights.


Tutorial 11a Imperial Example.

Tutorial 11b Metric Example.

Exercise 11 Practice.

Exercise 11 Architectural.

Exercise 11 Mechanical.

Exercise 11 Challenger.

12 Paper Space for 2 Dimensional Drawings.

Paper Space.

Accessing Paper Space.

Scaling Views Within a Drawing.

Layers Within Viewports.

The VPLAYER Command.

Dimensioning in Paper Space.

AutoCAD’s Template Drawings.

Tutorial 12a Imperial Example.

Tutorial 12b Metric Example.

Exercise 12 Practice.

Exercise 12 Architectural.

Exercise 12 Mechanical.

Exercise 12 Wood.

Exercise 12 Challenger.

13 POINTS, DIVIDE, MEASURE, and Inquiry Commands.

Points, Point Display and Point Size Options.


The SPLINE Command.

Inquiry Commands.

Tutorial 13a Inquiry Commands and SPLINE.

Tutorial 13b MEASURE and DIVIDE with Inquiry Commands.

Exercise 13 Practice.

Exercise 13 Architectural.

Exercise 13 Mechanical.

Exercise 13 Challenger.

14 Attributes.


Attributes for Title Blocks and Notations.

Defining the Attributes.

Editing Attribute Definitions.

Displaying Attributes.

Creating Attributes for Data Extraction.

Editing Attributes.

Data Extraction.

Tutorial 14a Attributes for a Title Block.

Tutorial 14b Defining, Blocking, and Inserting Attributes.

Tutorial 14c Defining, Blocking, and Inserting Attributes.

Exercise 14 Architectural.

Exercise 14 Challenger.

Index .


FEATURES – AutoCad Workbook for Architects and Engineers

  • Designed to be easily used at the computer
  • Focus on drawing rather than on the computer program
  • Clear, compact instructions
  • Self-test exercises

About the Author – AutoCad Workbook for Architects and Engineers

Shannon R. Kyles is Professor of Architecture at Mohawk University, Ontario and teaches on the Bachelor of Technology at McMaster University. She has over 30 years experience teaching drawing to design students.

About the Author: admin

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